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SearchNIDEK MC-500 Multi-Colour Laser
The MC-500, with its flexible laser unit configuration, enables the doctor to freely select and order the laser of one, two, or three colors, among the three of green, yellow, and red lasers. It provides the doctor with only the wavelength required in accordance with the clinical cases.The MC-500 adopts 577 nm laser as the […]
NIDEK YC-200S Plus YAG & SLT Laser System
The YC-200 S plus Ophthalmic YAG and SLT Laser System from Nidek Co. Ltd. incorporate new optical design, engineering and software advances to ensure precise targeting of pathology. The systems ensure efficacious treatments and enhance surgeon visualization of laser delivery. Resolution and contrast are optimized, and an expanded focal depth and natural-colored, bright LED illumination […]
Heidelberg Spectralis OCT Plus Module
Spectralis OCT PLUS: Similar to the SPECTRALIS OCT, with the exception that it comes with the advanced angiography imaging chassis which allows tilting and panning of the imaging head. The SPECTRALIS OCT PLUS also allows upgrading to angiography imaging. The SPECTRALIS OCT PLUS features Heidelberg’s unique TruTrack™ active eye tracking and simultaneous dual-beam imaging technologies in an […]
NIDEK RS-330 Retina Scan Duo 2 with FAF
The Retina Scan Duo 2 is a combined OCT and fundus camera system that incorporates new features enhancing screening and clinical efficiency in addition to user-friendly features that were incorporated from the previous model. FEATURES: Fundus image acquisition with macula and disc capture in one image on OCT Combined diagnosis of macular and disc pathologies […]
NIDEK RS-3000 Advanced 2
Observe microvascular details and get valuable clinicial insights non-invasively with this new OCT imaging technology. Acquired like a regular OCT scan, OCT Angiography (OCTa) scans provide full retina thickness vascular details like a conventional angiography, however the details can be segmented out to different layers of the retina for new insights. NIDEK’s eye tracing allows […]
Heidelberg Spectralis OCT2 Module
Next generation OCT module The SPECTRALIS® OCT2 Module is the next generation OCT technology for the SPECTRALIS platform, offering enhanced image quality from vitreous to choroid. With a fast scanning speed of 85,000 Hz, it improves clinical workflow and increases patient comfort by shortening examination times. The OCT2 Module is the ideal basis for advanced imaging […]
Heidelberg Spectralis HRA-OCT
Spectralis HRA-OCT: The current iteration of Heidelberg’s original HRA angiography platform with the addition of SD-OCT. Designed for angiographies, the SPECTRALIS HRA-OCT is built on a Confocal Scanning Laser Ophthalmoscopy (cSLO) platform that is exceptionally sensitive to the fluorescence of Fluoresceine or ICG dyes. This provides focused and high contrast imaging either as still images or Heidelberg’s […]
Heidelberg Spectralis OCT
Multimodal Imaging Platform Optimized for the Posterior Segment The SPECTRALIS® is an ophthalmic imaging platform with an upgradable, modular design. This platform allows clinicians to configure each SPECTRALIS to the specific diagnostic workflow in the practice or clinic. Multimodal imaging options include: OCT, multiple scanning laser fundus imaging modalities, widefield and ultra-widefield, scanning laser angiography and […]
Heidelberg Spectralis OCT Angiography Module
Non-invasive vascular imaging The SPECTRALIS®OCT Angiography Module delivers high-resolution OCTA images with a lateral resolution of 5.7 μm/pix. Combined with the precision of TruTrack Active Eye Tracking, the OCTA Module enables fine capillary networks to be visualized in great detail. The axial resolution of 3.9 μm/ pixel allows for segmentation of all four histologically-validated retinal […]
Heidelberg Spectralis N-Site Analysis Module
The window to the brain – Gain new insights into neurodegeneration The Nsite Analytics Module provides a window into the brain with the ability to measure both neuronal and axonal projection within the retina from the central nervous system (CNS). Allowing to monitor changes in the retina of patients with optic neuropathies and neurodegenerative processes […]
